Specification Sheet

140V

120V

108V

12V: 12.5V to 15.5V

Incoming Voltage Outgoing Voltage

24V: 25V to 31V

140V

120V

108V

12V: 12V

Incoming Voltage Outgoing Voltage

24V: 24V

LED TAPE LIGHTING SYSTEMS 23

Innovative Technology Offers

Dimmable Power Control

The technology behind the new Kichler tape light power supply regulates power

like no other – controlling voltage ﬂuctuations in a way that will ultimately help

extend the life of the tape light itself. Power is no longer simply passed through.

The power supply thinks, converts, and disperses the excess to ensure that

what goes in will preserve the light that comes out.

INNOVATIVE POWER SUPPLY TECHNOLOGY

COMMON POWER SUPPLY

Standard power enters the tape power supply

at varying levels, reaching 12V and 24V tape

at a voltage that may be higher than the tape

is designed to withstand. Over time, the high

input of power strains the tape light, causing

the life of the product to diminish.

KICHLER POWER SUPPLY TECHNOLOGY

As power enters the new Kichler power supply,

the innovative technology within intercepts,

converts and allows only the appropriate voltage

through to the tape.

6TD24V96 BKT

PAGE 1
INNOVATIVE POWER SUPPLY TECHNOLOGY Innovative Technology Offers Dimmable Power Control The technology behind the new Kichler tape light power supply regulates power like no other – controlling voltage ﬂuctuations in a way that will ultimately help extend the life of the tape light itself. Power is no longer simply passed through. The power supply thinks, converts, and disperses the excess to ensure that what goes in will preserve the light that comes out. 6TD24V96 BKT 140V 12V: 12.5V to 15.
PAGE 2
POWER SUPPLY OPTIMIZATION Get More From Your Power Supply Whether you’re working with high or low output tape, there is typically a maximum length that can run off of one power supply. The diagrams below illustrate ways to break up your runs into multiples, which will ultimately result in additional inches of tape operating from one power supply. In addition to efﬁciencies gained in materials, the shorter linear runs will also help to maximize the light output potential for a beautiful end effect.